61
2.4. Order 03 analysis:
2.4.1. Weighted valued position matrix (3MAO)
The weighted (with respect to competitiveness) valued position matrix (3MAO) describes each
actor's position on every objective. This is taking into account its degree of opinion on every
objective, its objective hierarchy, and competitiveness between actors.
Table 20 : 3MAO calculating, and interpretation elements.
Calculating elements
Elements of
interpretation
3MAO
The weighted valued position matrix (3MAO) is calculated
automatically by multiplying the Matrix of valued position (2MAO)
by the vector of actor competitiveness (resulting from their indirect
influences (R i ) ):
(3MAO) ij = R i * x (2MAO) ij
Positive values represent the
actor's mobilisation towards
its objectives.
Negative values represent
the rate of opposition.
2.4.2. Actor’s mobilisation towards objectives
Figure 23 presents a histogram that is produced from the valued relationship matrix (order 3)
between actors, and objectives, 3MAO. This histogram is used to identify for each actor, the
extent of its position with respect to the defined objectives, e.g., pro or against since it shows the
actions taken by actors towards objectives.
Figure 23: Real and theoretical mobilisation of actors towards their objectives.
Figure 24: Difference between real, and theoretical mobilisation of actors towards their objectives
0
50
100
150
MCRS
CPMCB
DKP
DV
OM
OAR
TCB
CC
CPED
Actor's mobilisation towards objectives 3MAO
In theory
Real
0
10
20
30
40
MCRS
CPMCB
DKP
DV
OM
OAR
TCB
CC
CPED
Mobilisation in theory - Real mobilisation
Mobilisation
2.4. Order 03 analysis:
2.4.1. Weighted valued position matrix (3MAO)
The weighted (with respect to competitiveness) valued position matrix (3MAO) describes each
actor's position on every objective. This is taking into account its degree of opinion on every
objective, its objective hierarchy, and competitiveness between actors.
Table 20 : 3MAO calculating, and interpretation elements.
Calculating elements
Elements of
interpretation
3MAO
The weighted valued position matrix (3MAO) is calculated
automatically by multiplying the Matrix of valued position (2MAO)
by the vector of actor competitiveness (resulting from their indirect
influences (R i ) ):
(3MAO) ij = R i * x (2MAO) ij
Positive values represent the
actor's mobilisation towards
its objectives.
Negative values represent
the rate of opposition.
2.4.2. Actor’s mobilisation towards objectives
Figure 23 presents a histogram that is produced from the valued relationship matrix (order 3)
between actors, and objectives, 3MAO. This histogram is used to identify for each actor, the
extent of its position with respect to the defined objectives, e.g., pro or against since it shows the
actions taken by actors towards objectives.
Figure 23: Real and theoretical mobilisation of actors towards their objectives.
Figure 24: Difference between real, and theoretical mobilisation of actors towards their objectives
0
50
100
150
MCRS
CPMCB
DKP
DV
OM
OAR
TCB
CC
CPED
Actor's mobilisation towards objectives 3MAO
In theory
Real
0
10
20
30
40
MCRS
CPMCB
DKP
DV
OM
OAR
TCB
CC
CPED
Mobilisation in theory - Real mobilisation
Mobilisation
